cold pressure中文什么意思

• 冷压

• cold:    adj. 1.冷，寒，冻；冰凉的。 2.冷静的，冷淡的， ...
• pressure:    n. 1.压；按；挤；榨。 2.【物理学】压力，压强；大 ...
• cold chamber pressure casting:    冷室压力铸造; 冷室压铸
• cold differential test pressure:    冷差试验压力; 冷态试验差压力
• cold inflation pressure:    常温内压

例句与用法

1. The cold pressure of a new sadness on romola's heart made her linger the more in the silent soothing sense of nearness and love .
   罗摩拉心里由于这种新的悲伤而产生的冰冷压力，使她格外留恋这样相互接近互相爱恋的默默的抚慰之感。
2. The man sized head had is a marine sanitation system with electric toilet , hot / cold pressure water and the shower system separated
   卫生间配有自动抽水马桶、压力传送冷热水和淋浴装置。
3. The cold pressure tank allows researchers to monitor the pain threshold （ the point at which volunteers first notice the pain ） and pain tolerance （ the point at which volunteers can no longer stand the pain ）
   这个冰冷的压力槽让研究人员能监控疼痛门槛（志愿者最先注意到疼痛的时间点）以及疼痛容忍度（志愿者无法再忍受疼痛的时间点） 。
4. The subject for different process technology and surface treatment of crank takes tracking checkout for its internal stress , analyses relation of jumping measurement , deformation measurement , recovery measurement and stress change , finds the reason and usual law of jumping overproof of crank . through cold pressure alignment , hot pressure alignment , support aged alignment and so on methods for 42crmo steel crank , the subject checks change of stress in the process of alignment and change of tissue and property after alignment for crank , and gives comprehensive evaluation for every alignment technology , then give safe and feasible technology parameter
   本课题主要是对不同加工工艺及不同表面处理过程的曲轴，对其内应力进行跟踪检测，分析各工艺过程中跳动量、变形量、恢复量与应力改变的关系，找出曲轴跳动量超差的原因和一般规律。通过对42crmo钢曲轴进行“常温压力校直” 、 “热压力校直” 、 “支撑时效校直”等方法的校直，检测校直过程中曲轴应力的变化及校直后组织和性能的改变，进而对各校直工艺进行综合评价，给出安全可行的工艺参数。
5. Basing on the two order tangency at initial point between isotropic curve and hugoniot curve , a new method for calculating cold energy cold pressure and cohesive energy for solid is presented in the paper , comparison with experimental data manifest that this method is very good and can be applied
   利用在初始点等熵线和冲击绝热线二级相切的性质，给出了一种可用于计算固体冷能冷压和结合能的新方法，并推导了利用hugoniot参数计算结合能的公式。与实验数据的比较表明，这种方法是有效可行的。

其他语言

cold pressure перевод："холодное" давление